Engineering scope / Simulation & Digital Engineering
Resolve the geometry early.
Reach, collision and cycle-time studies before equipment reaches the factory floor.
Explore the engineeringRole in the system
A shared engineering model before physical installation.
Reach limits, collisions and sequence conflicts are expensive to discover after equipment has been built. A model makes assumptions available for review.
01 / Engineering approach
From requirement
to working sequence.
Typical applications
- Robot reach and collision studies
- Cell layout and service-access reviews
- Sequence and cycle-time evaluation
- 01
Build a model from verified geometry and documented assumptions.
- 02
Study reach, interference and the full operating sequence.
- 03
Carry findings into mechanical design and confirm them during commissioning.
Integration points
- Mechanical layout, tooling and robot paths
- Control sequence and equipment timing
- Installation envelope and maintenance access
Acceptance considerations
- Accuracy of geometry and timing assumptions
- Clearances across all required configurations
- Difference between simulated and measured cycle time
Performance targets are defined for the application and verified against agreed acceptance criteria. No universal cycle time or accuracy is implied.
Illustrative project / Concept case study
Helix Components Cell 07
Machine tending and part buffering for a mixed-component machining cell.
Explore the projectStart with the production constraint
What needs to work better?
Bring the part, the operating conditions and the outcome you need. The engineering scope follows from there.
Discuss a project